A new energy vehicle charging cable structure with adjustable length

Abstract

The invention provides a length-adjustable new energy automobile charging wire structure. The length-adjustable new energy automobile charging wire structure includes a fixed cable which is fixedly connected with a charging pile, a charging plug which is connected with a new energy car, and an adjusting tube, wherein an adjusting sliding chamber which extends from side to side is arranged in the adjusting tube; adjusting grooves are longitudinal-symmetrically arranged on the adjusting sliding chamber, and are communicated with the adjusting sliding chamber and extend from side to side; and adjusting sliding block is arranged in the adjusting sliding chamber, and can slide from side to side; the right end of the adjusting sliding block is fixedly provided with a movable cable; the movable cable penetrates through a through hole towards the right in the right end of the adjusting tube, and is fixedly connected with the charging plug; a bar-shaped groove is formed in the inner wall of the adjusting sliding chamber, and can extend from side to side; a bar-shaped conductive sheet is fixedly arranged in the bar-shaped groove; the periphery of the adjusting sliding block is provided with a conductive contact blade which can extend from side to side; and the conductive contact blade is arranged in the bar-shaped groove, can slide from side to side in the bar-shaped groove, and abuts against the bar-shaped conductive sheet. The length-adjustable new energy automobile charging wire structure can freely adjust the extended length of the movable cable.

Description

technical field [0001] The invention relates to the field of charging equipment for new energy vehicles, in particular to a structure of a charging line for new energy vehicles with adjustable length. Background technique [0002] Cars generally use gasoline and diesel, but gasoline and diesel are non-renewable resources, and the exhaust gas after burning gasoline and diesel is likely to cause air pollution. Therefore, people pay more and more attention to new energy vehicles, and pure electric vehicles have become new energy sources. The main force of automobiles, pure electric vehicles use a single battery as an energy storage power source without using gasoline or diesel, so they will not emit pollutants and cause air pollution. Therefore, strongly supported by national policies, pure electric vehicles need To charge the storage battery, the existing pure electric vehicles generally use charging piles for charging. The charging lines on the existing charging piles are gen...

AI Technical Summary

Problems solved by technology

[0002] Cars generally use gasoline and diesel, but gasoline and diesel are non-renewable resources, and the exhaust gas after burning gasoline and diesel is likely to cause air pollution. Therefore, people pay more and more attention to new energy vehicles, and pure electric vehicles have become new energy sources. The main force of automobiles, pure electric vehicles use a single battery as an energy storage power source without using gasoline or diesel, so they will not emit pollutants and cause air pollution. Therefore, strongly supported by national policies, pure electric vehicles need To charge the storage battery, the existing pure electric vehicles generally use charging piles for charging. The charging lines on the existing charging piles are generally of fixed length. Therefore, the charging range is fixed. If the charging line is too long When the charging line is too short, the charging range is small. In many cases, when the car is parked far away, it is necessary to restart the car and move it closer before charging. Therefore, the traditional The structure of the charging line is troublesome to use, and there are major disadvantages

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